{{Starbox detail
| source = <!--[source url]-->
| mass = <!--Mass (in solar masses)-->
| mass_mj = <!--Mass (in Jupiter masses)-->
| radius = <!--Radius (in solar radii)-->
| radius_rj = <!--Radius (in Jupiter radii)-->
| radius_km = <!--Radius (in kilometers)-->
| luminosity = <!--Luminosity (in solar luminosities); prefer luminosity_bolometric or luminosity_visual-->
| luminosity_bolometric = <!--Luminosity (in solar luminosities), bolometric-->
| luminosity_visual = <!--Luminosity (in solar luminosities), visual (V)-->
| habitable_inner = <!--Inner limit to the star's habitable zone, where temperatures are 100˚ C-->
| habitable_outer = <!--Outer limit to the star's habitable zone, where temperatures are 0˚ C-->
| gravity = <!--Surface gravity (given as the base 10 logarithm expressed in cgs units)-->
| temperature = <!--Effective temperature (in kelvins)-->
| metal = <!--Metallicity (no units provided by template)-->
| metal_fe = <!--Metallicity ([Fe/H] dex) -->
| rotation = <!--Rotation (no units provided by template)-->
| rotational_velocity = <!--Rotational velocity (v sin i, in km/s)-->
| age = <!--Age (in years)-->
| age_myr = <!--Age (in millions of years)-->
| age_gyr = <!--Age (in billions of years)-->
}}
Atau
{{Starbox detail
| source = <!--[source url]-->
| component1 = <!--Name of the first component-->
| mass = <!--Mass (in solar masses)-->
| mass_mj = <!--Mass (in Jupiter masses)-->
| radius = <!--Radius (in solar radii)-->
| radius_rj = <!--Radius (in Jupiter radii)-->
| radius_km = <!--Radius (in kilometers)-->
| luminosity = <!--Luminosity (in solar luminosities); prefer luminosity_bolometric or luminosity_visual-->
| luminosity_bolometric = <!--Luminosity (in solar luminosities), bolometric-->
| luminosity_visual = <!--Luminosity (in solar luminosities), visual (V)-->
| habitable_inner = <!--Inner limit to the star's habitable zone, where temperatures are 100˚ C-->
| habitable_outer = <!--Outer limit to the star's habitable zone, where temperatures are 0˚ C-->
| gravity = <!--Surface gravity (given as the base 10 logarithm expressed in cgs units)-->
| temperature = <!--Effective temperature (in kelvins)-->
| metal = <!--Metallicity (no units provided by template)-->
| metal_fe = <!--Metallicity ([Fe/H] dex) -->
| rotation = <!--Rotation (no units provided by template)-->
| rotational_velocity = <!--Rotational velocity (v sin i, in km/s)-->
| age = <!--Age (in years)-->
| age_myr = <!--Age (in millions of years)-->
| age_gyr = <!--Age (in billions of years)-->
| component2 = <!--Name of the second component-->
| mass2 = <!--Mass (in solar masses)-->
| mass_mj2 = <!--Mass (in Jupiter masses)-->
| radius2 = <!--Radius (in solar radii)-->
| radius_rj2 = <!--Radius (in Jupiter radii)-->
| radius_km2 = <!--Radius (in kilometers)-->
| luminosity2 = <!--Luminosity (in solar luminosities); prefer luminosity_bolometric or luminosity_visual-->
| luminosity_bolometric2 = <!--Luminosity (in solar luminosities), bolometric-->
| luminosity_visual2 = <!--Luminosity (in solar luminosities), visual (V)-->
| habitable_inner2 = <!--Inner limit to the star's habitable zone, where temperatures are 100˚ C-->
| habitable_outer2 = <!--Outer limit to the star's habitable zone, where temperatures are 0˚ C-->
| gravity2 = <!--Surface gravity (given as the base 10 logarithm expressed in cgs units)-->
| temperature2 = <!--Effective temperature (in kelvins)-->
| metal2 = <!--Metallicity (no units provided by template)-->
| metal2_fe = <!--Metallicity ([Fe/H] dex) -->
| rotation2 = <!--Rotation (no units provided by template)-->
| rotational_velocity2 = <!--Rotational velocity (v sin i, in km/s)-->
| age2 = <!--Age (in years)-->
| age_myr2 = <!--Age (in millions of years)-->
| age_gyr2 = <!--Age (in billions of years)-->
}}
